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在代表生产环境的试验点上对高的产量潜力、品质和稳定性进行联合早代选择，可以结合表现一致性的控制基因，并能将育种时间缩短一半．用蜂巢式选择法可以达到这一目的，因为它可以通过对一般适应性和特殊适应性的早代选择来克服环境互作对基因型的混乱影响．品种发放之后，若不断通过多环境选择去除不良突变而保留有利突变，就可以使品种进一步改良而不是退化．
A combined early generation selection of high yield potential, quality and stability at test points representing the production environment can be combined with performance-consistent control genes and can reduce breeding time in half. This can be done using a honeycomb selection method because it overcomes the chaotic effects of environmental interactions on genotypes through early generation options for both general and special adaptability. After the variety is released, if we continue to remove the undesirable mutations through multiple environment choices and retain favorable mutations, we can further improve the varieties rather than degenerate them.